Everything you need for a complete photovoltaic system — with price per Wp shown, 21% VAT included and prices transparently computed server-side.
Better efficiency through a high-voltage battery: 10.000 W three-phase, batteries 160-700 V, panels up to 16.000 W and strings of up to 1000 V.
Supports a large house on a single phase: 10 kW of power, three solar inputs, up to 20 kW of connected panels and 220 A on the 48 V battery.
The classic configuration for a three-phase house with a battery: 10,000 W of power, up to 16,000 W of panels and 210 A of charging on 48 V batteries.
High power on a single-phase connection: 12 kW, three solar inputs, up to 24 kW of panels connected and 250 A of battery charging or discharging.
For large houses with a heat pump and an electric car: 12.000 W of power, up to 19.200 W of panels and 240 A charging on a 48 V battery.
15.000 W three-phase with a high-voltage battery of 160-700 V and panels up to 24.000 W, in an IP65 enclosure of only 30,5 kg.
Power for a villa or a small company's premises: 15,000 W continuous, up to 24,000 W of panels, 280 A charging and 70 A pass-through from the grid.
For very high single-phase consumption: 16 kW of power, three solar inputs, two battery inputs and 290 A of charging or discharging.
20,000 W three-phase with a high-voltage battery and 2 MPPTs: up to 40 kWp of connected panels, 32 kW processed, 97.6% efficiency and an IP65 enclosure.
The most powerful model on a 48 V battery: 20,000 W continuous, up to 32,000 W of panels and 350 A of charging, for buildings with high consumption.
25.000 W three-phase with high-voltage battery and up to 50 kWp of panels connected, of which 40 kW processed. Efficiency 97.6%, protection IP65.
30,000 W three-phase with 3 MPPT and 98.5% maximum efficiency: up to 48 kWp of panels, HV battery 160-700 V and 75 A charging/discharging.
It powers the house from the sun and from the battery and keeps the power on when the grid fails: 3.6 kW, two solar inputs and 97.60% efficiency.
50,000 W three-phase with 4 MPPTs and two battery inputs 160-800 V: up to 100 kWp of connected panels and 80 kW processed, IP65 protection.
Covers the consumption of an ordinary house and keeps the power on during a grid outage: 5 kW, two solar inputs, 120 A on the battery and 97.60% efficiency.
Backup power on all three phases of the house: 5 kW three-phase, 48 V battery, two solar inputs of up to 800 V and completely unbalanced output.
It allows twice as much power in panels as the inverter delivers: 6 kW output, up to 12 kW of connected panels and 135 A on the 48 V battery.
Self-consumption and backup power on a three-phase grid: 6 kW, up to 9,6 kW of panels, 800 V on the solar input and 135 A on the 48 V battery.
For houses with high consumption: 8 kW continuous power, up to 16 kW of connected panels and 190 A of charging or discharging of the 48 V battery.
It powers a three-phase house and puts the surplus aside for the evening: 8.000 W of continuous power, up to 12.800 W of panels and 190 A charging on a 48 V battery.
The box that gives the Growatt inverter power during an outage: it automatically switches the important loads onto the battery. Versions of 50 A single-phase or up to 40 kW three-phase.
Power where the grid is missing or fails often: 5000 W single-phase, peak 10.000 VA, solar charging 100 A and from the grid 80 A, on a 48 V battery.
Powers a house without a grid connection: 6 kW continuous, 12 kVA when starting motors, 8 kWp of panels on two MPPT and switchover to battery in about 10 ms.
It covers a large three-phase house and keeps it running on the battery during an outage: 10 kW, up to 15 kWp of panels, high-voltage battery 100-550 V and switchover under 10 ms.
